Separated framing device for soccer table

ABSTRACT

A separated framing device for a soccer table includes a plurality of separable lower framing plates, a plurality of separable upper framing plates, a plurality of operating rod components, and a plurality of framing plate fasteners. The plurality of lower framing plates and the upper framing plates are fixed by the framing plate fastener. The lower framing plates and the upper framing plates are connected to table legs to form a soccer table. The operating rod components are provided between the lower framing plates and the upper framing plates, and are capable of doing rotation and movement. The separated peripheral frame structure of the soccer table of the present invention can quickly and conveniently install the operating rod component in the frame of the soccer table.

CROSS REFERENCE TO THE RELATED APPLICATIONS

This application is the national phase entry of International Application No. PCT/CN2018/084230, filed on Apr. 24, 2018, which is based upon and claims priority to Chinese Patent Application No. 201810251214.4, filed on Mar. 26, 2018, the entire contents of which are incorporated herein by reference.

TECHNICAL FIELD

The present invention relates to a separated framing device for table, particularly to a separated framing device for a soccer table.

BACKGROUND

Table soccer is a popular fitness and sport for all in Europe and America, which encapsulates the sporting skills of soccer. Each soccer player is controlled by the hands of the operator, and the fate of the whole soccer team depends on the controller. The controller can play the role of a good striker, a guard, and a goalkeeper. The operator can show wonderful offensive and defensive skills such as catching, stopping, passing, shooting and so on by controlling the operating rods by hands with the cooperation of brain, eyes and hands. The table soccer can bring an immersive experience of the powerful and passionate scene on the court, and is an entertaining sport, in which the operating rod is operated to rotate the puppet players to shoot at the goal, and the game outcome is determined by the score. With the rapid development of table soccer in recent years, table soccer has become a popular entertainment and sporting competition events and is no longer a minority hobby and sport.

At present, a plurality of operating rod components are provided on the framing plate on two sides of the table body of the soccer table. Different numbers of puppet components are provided on each operating rod component. The small soccer on the table can be kicked by moving the operating rod components and rotating the puppet components.

The periphery frame structure of the existing table soccer mainly includes the following types.

1. FIG. 1 shows the structure of a perforated periphery frame with complete knock-down operating rods.

The collision end of the metal rod (301) is inserted through the bearing component (700) of the framing plate (600), and then the metal rod (301) is sequentially inserted through the collision end buffer member (304), a plurality of puppet components (500) and the grip end buffer member (304). After that, the metal rod (301) is led out from the bearing component (700) on the framing plate (600) at the opposite side. The connecting fasteners and the like for the puppet components (500), the operating rod grip (302) and the metal rod (301) are tightened. Other operating rods are installed into the framing plate (600) according to the above procedures.

In FIG. 1, the perforated periphery frame structure with complete knock-down operating rods requires assembling all components in sequence. The direction and number of the puppet components (500) must be correctly matched with the metal rod (301). Further, all components must be tightened. Therefore, it is prone to cause problems during installation. The installation is extremely cumbersome, time-consuming, laborious, and not user-friendly, thus causing much inconvenience to the user, and bringing a troublesome experience to the user in maintenance and installation.

2. FIG. 2 shows the structure of a perforated periphery frame with a partially assembled operating rod.

The operating rod component (300) including the metal rod (301), the buffer member (304), the puppet component (500), etc., is inserted through the framing plate hole (601) on the framing plate (600) at one side to extend for an adequate distance. The grip end of the metal rod (301) is inserted through the framing plate hole (601) on the framing plate (600) at the other side. The position and levelness of the metal rod (301) between the framing plates (600) at two sides are adjusted. The second bearing sleeve (703), the bearing (701), and the first bearing sleeve (702) are sequentially inserted into the two ends of the metal rod (301). The bearing (701) is clamped in the framing plate (600) by using the second bearing sleeve (703) and the first bearing sleeve (702), and the bearing (701) is fixed in the framing plate (600) by screwing through the threads on the second bearing sleeve (703) and the first bearing sleeve (702). Then, the grip (302) is fastened to the grip end of the metal rod (301) to complete the component.

In this way, since the operating rod component (300) cannot be assembled with the bearing component (700) and the grip (302), the user needs to install the parts step by step. Thus, the installation is time-consuming, cumbersome, complicated, and easy to cause the mistakes. In the disassembling, the bearing components (700) at both ends and the grip (302) should all be disassembled for reassembling. Therefore, such a structure has obvious disadvantages and is not user-friendly.

3. FIG. 3 shows the structure of a key-way perforated periphery frame with a fully assembled operating rod.

The collision end of the metal rod (301) of the operating rod component (300) is first inserted through the second bearing sleeve (703) and then led out from the framing plate hole (601) of the framing plate (600). An adequate installation length is set aside beforehand. After that, the grip end of the metal rod (301) is pressed into the key-way through hole (602) of the framing plates. After the operating rod component (300) is adjusted to be horizontal, the bearing (701) and the first bearing sleeve (702) of the collision end of the metal rod (301) are inserted into the metal rod (301) in sequence.

The first bearing sleeve (702) and the second bearing sleeve (703) on the collision end of the metal rod (301) are fixedly screwed through the threads, so that the bearing (701) is clamped in the framing plate (600) between the first bearing sleeve (702) and the second bearing sleeve (703). Then, the bearing sleeve (704) with a key and the second bearing sleeve (703) on the grip end of the metal rod (301) are fixedly screwed through the threads, so that the bearing (701) is fixedly clamped in the framing plate (600). The other operating rod components (300) are sequentially installed in the framing plate (600) to complete the installation.

In this way, some defects of the complicated installation of the complete knock-down and partially assembled operating rod structure are improved. However, it is required to configure framing plate key-way through hole (602) on the framing plate (600), and a bearing sleeve (704) with a key is required to cover the key-way through hole (602), thereby unaesthetic appearance. Moreover, in disassembling, the first bearing sleeve (702) and the second bearing sleeve (703) on the collision end should be loosened to take out the bearing (701) and the first bearing sleeve (702). Therefore, such structure is also time-consuming and laborious.

SUMMARY

The objective of the present invention is to provide a separated framing device for a soccer table, which has a reasonable structure. The installation is convenient, quick, simple, reasonable and user-friendly.

In order to achieve the above objective, the technical solution provided by the present invention is as follows: a separated framing device for a soccer table includes a plurality of lower framing plates, a plurality of upper framing plates, a plurality of operating rod components, and a plurality of framing plate fasteners. The lower framing plates and the upper framing plates are separable. The plurality of lower framing plates and the plurality of upper framing plates are fixed by the framing plate fasteners. The lower framing plates and the upper framing plates is connected to table legs to form a soccer table. The operating rod components are provided between the lower framing plates and the upper framing plates and are capable of doing rotation or movement.

Preferably, the lower framing plates include a plurality of lower framing plate bearing grooves and/or a plurality of lower framing plate through holes provided on a lower framing plate main body.

Preferably, the lower framing plates include a plurality of lower framing plate bearing grooves and a plurality of lower framing plate through holes provided on the lower framing plate main body. The lower framing plate bearing grooves are uniformly and equidistantly provided on the lower framing plate main body. The lower framing plate through holes are uniformly and equidistantly provided on the lower framing plate main body. The lower framing plate through holes and the lower framing plate bearing grooves are arranged at intervals.

Preferably, the upper framing plates include a plurality of upper framing plate bearing grooves and/or a plurality of lower framing plate pre-embedded fasteners provided on an upper framing plate main body.

Preferably, the upper framing plates include a plurality of upper framing plate bearing grooves and a plurality of lower framing plate pre-embedded fasteners provided on the upper framing plate main body. The upper framing plate bearing grooves are uniformly and equidistantly provided on the upper framing plate main body. The lower framing plate pre-embedded fasteners are uniformly and equidistantly provided on the upper framing plate main body. The upper framing plate bearing grooves and the lower framing plate pre-embedded fasteners are arranged at intervals.

Further, the upper framing plate bearing grooves and the lower framing plate bearing grooves are aligned with each other to form framing plate through holes for the operating rod components to pass through. The lower framing plate holes and the lower framing plate pre-embedded fasteners are aligned and fastened by framing plate fasteners.

The material of the lower framing plate and the upper framing plate may be bamboo or wood made products, plastic, rubber, metal, stone or artificial plate, etc.

Preferably, the operating rod component includes a metal rod, a grip and a grip fastener. A plurality of puppet components are provided on the metal rod. The grip is fastened at one end of the metal rod by the grip fastener.

Preferably, the operating rod components are placed in a recess of the lower framing plate bearing grooves through bearing components. After the upper framing plates cover on the lower framing plates, the upper framing plates and the lower framing plates are fixed by at least one framing plate fastener. Buffer members for anti-collision are respectively provided on outer sides of the puppet components closed to the lower framing plates at two sides.

Preferably, the metal rod is a solid tube or a hollow tube having different cross-sectional shapes. The metal rod is a retractable/telescopic tube body or a tube body having a fixed length. For example, the metal rod may be a solid tube or a hollow tube having a round, square, or polygonal, etc. cross-sectional shape, a solid or hollow metal tubular member having a fixed length, or a solid or hollow metal tubular member having an adjustable length and a telescopic function.

Preferably, the bearing component is a bearing member for supporting the movement and rotation of the metal rod. The bearing component includes the bearing and/or integral or separated bearing sleeves. The components of the bearing component may be a bearing component only, or various combinations of the integral or separated bearing sleeves and the bearings. The material of the bearing component may be bamboo or wood made product, plastic, rubber, metal, stone, artificial plate, etc.

Preferably, the puppet components is an integral puppet or a separable engaged puppet. The shape of the puppet components is human-shaped, humanoid, geometric or biomimetic. The material of the puppet components may be bamboo or wood made material, plastics, rubber, metal, stone, artificial plate, etc.

The present invention has the following advantages: according to the separated framing structure of the soccer table of the present invention, the operating rod component can be quickly and conveniently installed in the framing of the soccer table. The present invention can solve the problems such as the time-consuming and difficult installation, and the cumbersome installation process in an existing framing. Also, a series of problems of a complete reassembling caused by installation mistakes and puppet component replacement can be solved. The separated peripheral frame structure of the present invention is more convenient and quick in installation, is simpler, more reasonable and user-friendly, and has great promotional value and socioeconomic efficiency.

BRIEF DESCRIPTION OF THE DRAWINGS

In order to clarify the technical solution of the present invention, the drawings required to illustrate the embodiments or the prior art will be briefly described hereinafter.

FIG. 1 is a structural schematic diagram showing a perforated periphery frame with a complete knock-down operating rod in the prior art;

FIG. 2 is a structural schematic diagram showing a perforated periphery frame with a partially assembled operating rod in the prior art;

FIG. 3 is a structural schematic diagram showing a key-way perforated periphery frame with a fully assembled operating rod in the prior art;

FIG. 4 is a structural schematic diagram showing a soccer table in the present invention;

FIG. 5 is an installation schematic diagram of a separated peripheral frame structure for the soccer table in the present invention;

FIG. 6 is a structural schematic diagram showing a operating rod component of a soccer table in the present invention;

FIG. 7 is an exploded view of the operating rod component for the soccer table in present inventive.

In the figure: 100: lower framing plate, 101: lower framing plate bearing groove, 102: lower framing plate through hole, 200: upper framing plate, 201: upper framing plate bearing groove, 201: lower framing plate pre-embedded fastener, 300: operating rod component, 301: metal rod, 302: grip, 303: grip fastener, 304: buffer member, 400: framing plate fastener, 500: puppet component, 501: first puppet fastener, 502: second puppet fasteners, 600: framing plate, 601: framing plate through hole, 602: framing plate key-way through hole, 700: bearing component, 701: bearing, 702: first bearing sleeve, 703: second bearing sleeve, 704: bearing sleeve with a key.

DETAILED DESCRIPTION OF THE EMBODIMENTS

In order to make the person skilled in the art better understand the technical solutions in the present application, the technical solutions of the present invention will be clearly and completely described hereinafter with reference to the embodiments.

As shown in FIGS. 4-7, the present invention discloses a separated frame device for a soccer table, including a plurality of lower framing plates 100, a plurality of upper framing plates 200, a plurality of operating rod components 300 and a plurality of framing plate fasteners 400. The lower framing plates 100 and the upper framing plates 200 are separable. The plurality of lower framing plates 100 and the upper framing plates 200 are fixed by the framing plate fasteners 400. The lower framing plates 100 and the upper framing plates 200 are connected to the table legs to form a soccer table. The operating rod component 300 is provided between the lower framing plates 100 and the upper framing plates 200, and is capable of doing rotation and movement.

The lower framing plate 100 includes a plurality of lower framing plate bearing grooves 101 provided on the lower framing plate main body and/or a plurality of lower framing plate through holes 102.

The main structure of the lower framing plate 100 may have various structural forms. For example, the structure of the lower framing plate 100 may be a component including a lower framing plate bearing groove 101 and a lower framing plate through hole 102, a component merely including a plurality of lower framing plate bearing grooves 101, or a component merely including the lower framing plate through hole.

In a preferred technical solution of the present invention, the lower framing plate 100 includes a plurality of lower framing plate bearing grooves 101 and a plurality of lower framing plate through holes 102 provided on the lower framing plate main body. The lower framing plate bearing grooves 101 and the lower framing plate through holes 102 are uniformly and equidistantly provided in the lower framing plate main body, and the lower framing plate through holes and the lower framing plate bearing grooves are arranged at intervals.

The upper framing plate 200 includes a plurality of upper framing plate bearing grooves 201 and/or a plurality of lower framing plate pre-embedded fasteners 202 provided on the upper framing plate main body. The main structure of the upper framing plate 200 may have various structural forms. For example, the upper framing plate 200 may be a component structure including the upper framing plate bearing groove 201 and the plurality of lower framing plate pre-embedded fasteners 202, a component structure merely including the upper framing plate bearing groove 201, or a component structure merely including the lower framing plate pre-embedded fastener 202.

In a preferred technical solution of the present invention, the upper framing plate 200 includes a plurality of upper framing plate bearing grooves 201 and a plurality of lower framing plate pre-embedded fasteners 202 provided on the upper framing plate main body. The upper framing plate bearing grooves 201 and the lower framing plate pre-embedded fasteners 202 are uniformly and equidistantly provided in the upper framing plate main body, and the upper framing plate bearing grooves and the lower framing plate pre-embedded fasteners are arranged at intervals.

Further, the upper framing plate bearing grooves 101 and the lower framing plate bearing grooves 201 are aligned to form framing plate through holes for inserting the operating rod component. The lower framing plate through hole 102 and the lower framing plate pre-embedded fastener 202 are aligned and fixed by the framing plate fasteners.

The material of the lower framing plate 100 and the upper framing plate 200 may be bamboo or wood made product, plastic, rubber, metal, stone, artificial plate, etc.

The operating rod component 300 includes a metal rod 301, a grip 302, and a grip fastener 303. A plurality of puppet components 500 are provided on metal rod 301, and the grip 302 is provided on one end of the metal rod 301 by the grip fastener 303.

The operating rod component 300 is placed in the recess of the lower framing plate bearing groove through the bearing component 700. After the upper framing plate 200 covers on the lower framing plate bearing groove, the upper framing plate and the lower framing plate are fixed by at least one framing plate fastener 400. Buffer members 304 for anti-collision are respectively provided on the outer sides of the puppet components closed to the lower framing plates at two sides.

The metal rod 301 is a solid tube or a hollow tube having different cross-sectional shapes. The metal rod is a retractable/telescopic tube body or a tube body having a fixed length. For example, the metal rod may be a solid tube or a hollow tube having a round, square, or polygonal etc. cross-sectional, a solid or hollow metal tubular member having a fixed length, or a solid or hollow metal tubular member having an adjustable length and a telescopic function.

The bearing component 700 is a bearing member for supporting the rotation and movement of the metal rod. The bearing component includes the bearing and/or integral or separated bearing sleeves. The components of the bearing component may be a bearing component only, or various combinations of the integral or separated bearing sleeves and the bearings. The material of the bearing component may be bamboo or wood made products, plastic, rubber, metal, stone, artificial plate, etc.

The puppet component 500 is an integral puppet or a separable engaged puppet. The shape of the puppet component is human-shaped, humanoid, geometric or biomimetic. The material of the puppet component may be bamboo or wood made product, plastics, rubber, metal, stone, artificial plate, etc.

The installation processes are as follows.

(1) During use, the bearing components 700 at both ends of the assembled operating rod component 300 are placed in the recess of the lower framing plate bearing grooves 101 of the lower framing plate 100.

(2) The other operating rod components 300 are all placed and adjusted in the right position and sequence in the same manner.

(3) The upper framing plate 200 is pressed on the bearing component 700 of the operating rod component 300 to make the upper framing plate 200 fitted with the lower framing plate 100.

(4) A plurality of framing plate fasteners 400 pass through the lower framing plate through holes 102 in the lower framing plate 100. The framing plate fasteners 400 and the upper framing plate pre-embedded fastening nuts 202 in the upper framing plate 200 are tightly screwed to complete the installation of the separated peripheral frame structure.

According to the separated peripheral frame structure for the soccer table provided in the present invention, the operating rod component can be quickly and conveniently installed in the peripheral frame of the soccer table. The present invention can solve the problems such as the time-consuming and difficult installation, and the cumbersome installation process in an existing peripheral frame structure. Also, a series of problems of a complete reassembling caused by installation mistakes and puppet component replacement can be solved. The separated peripheral frame structure of the present invention is more convenient and quicker to install, simpler, and more reasonable and user-friendly and has great promotional value and socioeconomic efficiency.

The described embodiments are merely a part of the embodiments of the present invention rather than all. Any other embodiments derived by a person of ordinary skill in the art based on the embodiments of the present invention without creative efforts should be considered as falling within the scope of the present invention. 

What is claimed is:
 1. A separated peripheral frame device for a soccer table, comprising a plurality of lower framing plates, a plurality of upper framing plates, a plurality of operating rod components and a plurality of framing plate fasteners, wherein the plurality of lower framing plates and the plurality of upper framing plates are separable and fixed by the framing plate fasteners; the plurality of lower framing plates and the plurality of upper framing plates are connected to table legs to form the soccer table; the plurality of operating rod components are provided between the plurality of lower framing plates and the plurality of upper framing plates, and are configured to rotate and move.
 2. The separated framing device for the soccer table according to claim 1, wherein each lower framing plate comprises a plurality of lower framing plate bearing grooves and/or a plurality of lower framing plate through holes; the plurality of lower framing plate bearing grooves and the plurality of lower framing plate through holes are provided on a lower framing plate main body.
 3. The separated framing device for the soccer table according to claim 2, wherein the plurality of lower framing plate bearing grooves are uniformly and equidistantly provided on the lower framing plate main body; the plurality of lower framing plate through holes are uniformly and equidistantly provided on the lower framing plate main body; and the lower plurality of framing plate through holes and the plurality of lower framing plate bearing grooves are arranged at intervals.
 4. The separated framing device for the soccer table according to claim 1, wherein each upper framing plate comprises a plurality of upper framing plate bearing grooves and/or a plurality of lower framing plate pre-embedded fasteners; the plurality of lower framing plate bearing grooves and the plurality of lower framing plate pre-embedded fasteners are provided on an upper framing plate main body.
 5. The separated framing device for the soccer table according to claim 4, wherein the plurality of upper framing plate bearing grooves are uniformly and equidistantly provided on the upper framing plate main body; the plurality of lower framing plate pre-embedded fasteners are uniformly and equidistantly provided on the upper framing plate main body; and the plurality of upper framing plate bearing grooves and the plurality of lower framing plate pre-embedded fasteners are arranged at intervals; the plurality of upper framing plate bearing grooves and the plurality of lower framing plate bearing grooves are aligned to form framing plate through holes; the plurality of operating rod components pass through the framing plate through holes; the plurality of lower framing plate through holes and the plurality of lower framing plate pre-embedded fasteners are aligned, and the plurality of lower framing plate through holes and the plurality of lower framing plate pre-embedded fasteners are fixed by the framing plate fasteners.
 6. The separated framing device for the soccer table according to claim 1, wherein each operating rod component comprises a metal rod, a grip, and a grip fastener; a plurality of puppet components are provided on the metal rod; the grip is provided at one end of the metal rod by the grip fastener.
 7. The separated framing device for the soccer table according to claim 6, wherein each operating rod component is placed in a recess of one of the plurality of lower framing plate bearing grooves through a bearing component; after the plurality of upper framing plates cover on the plurality of lower framing plates, each upper framing plate and each lower framing plate are fixed by at least one framing plate fastener; and buffer members for anti-collision are respectively provided on outer sides of the puppet components closed to the lower framing plates at two sides.
 8. The separated framing device for the soccer table according to claim 7, wherein the metal rod is a solid tube or a hollow tube having different cross-sectional shapes; and the metal rod is a retractable tube or a tube having a fixed length.
 9. The separated framing device for the soccer table according to claim 8, wherein the bearing component is a bearing member for supporting a rotation and movement of the metal rod; and the bearing component comprises the bearing and/or integral or separated bearing sleeves.
 10. The separated framing device for the soccer table according to claim 6, wherein the puppet components are integral puppets or separable engaged puppets; and the puppet components are human-shaped, humanoid, geometric, or biomimetic.
 11. The separated framing device for the soccer table according to claim 2, wherein each upper framing plate comprises a plurality of upper framing plate bearing grooves and/or a plurality of lower framing plate pre-embedded fasteners; the plurality of lower framing plate bearing grooves and the plurality of lower framing plate pre-embedded fasteners are provided on an upper framing plate main body.
 12. The separated framing device for the soccer table according to claim 11, wherein the plurality of upper framing plate bearing grooves are uniformly and equidistantly provided on the upper framing plate main body; the plurality of lower framing plate pre-embedded fasteners are uniformly and equidistantly provided on the upper framing plate main body; and the plurality of upper framing plate bearing grooves and the plurality of lower framing plate pre-embedded fasteners are arranged at intervals; the plurality of upper framing plate bearing grooves and the plurality of lower framing plate bearing grooves are aligned to form a framing plate through hole; the plurality of operating rod components pass through the framing plate through holes; the plurality of lower framing plate through holes and the plurality of lower framing plate pre-embedded fasteners are aligned; and the plurality of lower framing plate through holes and the plurality of lower framing plate pre-embedded fasteners are fixed by the framing plate fasteners. 